CN105512189A - Maritime information processing method and system - Google Patents
Maritime information processing method and system Download PDFInfo
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- CN105512189A CN105512189A CN201510835792.9A CN201510835792A CN105512189A CN 105512189 A CN105512189 A CN 105512189A CN 201510835792 A CN201510835792 A CN 201510835792A CN 105512189 A CN105512189 A CN 105512189A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/90—Details of database functions independent of the retrieved data types
- G06F16/903—Querying
- G06F16/90335—Query processing
Abstract
The invention discloses a maritime information processing method and system. The method comprises following steps: receiving a program execution instruction and obtaining maritime information; determining maritime types corresponding to maritime information; generating a ship detection result report according to maritime information if the maritime type is determined as ship target detection; generating an oil-overflow detection result report according to maritime information if the maritime type is determined as oil-overflow detection; and generating a maritime meteorology detection result report according to maritime information if the maritime type is determined as maritime meteorology.That is to say, a marine information processing system can call different detection modules according to types of marine information. Detection is performed via corresponding detection modules such that an integrated platform for remote sensing and a marine information system is formed; and the platform is utilized for advanced treatment of remote-sensing images and can satisfy the requirement for production of special products in the industry.
Description
Technical field
The application relates to satellite technology field, particularly relates to a kind of Information Maritime disposal route and system.
Background technology
Satellite remote sensing sector application system (TAS) is based on remote sensing technology and geographic information system technology, and TAS system mainly realizes acquisition and the analysis of satellite remote sensing date, remote sensing image process, maritime affairs remote sensing thematic mapping, the functions such as thematic data management.But current maritime affairs disposal route is comparatively single, be merely able to realize single Information Maritime process.
Summary of the invention
Embodiments provide a kind of Information Maritime disposal route and system, comparatively single in order to solve maritime affairs disposal route in prior art, be merely able to the problem realizing single Information Maritime process.
Its concrete technical scheme is as follows:
A kind of Information Maritime disposal route, described method comprises:
Reception program performs instruction, and obtains Information Maritime;
Determine the maritime affairs classification that described Information Maritime is corresponding;
If when determining that described maritime affairs classification is ship target detection, then transfer ship object detection program module, and according to described Information Maritime, generate ship detection report the test;
If when determining that described maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to described Information Maritime, generate oil spilling test results report;
If when determining that described maritime affairs classification is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to described Information Maritime, generate maritime meteorology test results report.
Optionally, if when determining that described maritime affairs classification is ship target detection, then transfer ship object detection program module, and according to described Information Maritime, generate ship detection report the test, comprising:
Read the data in Information Maritime, and land segmentation is carried out to described data;
Data after being split on land carry out target's feature-extraction, obtain target signature;
Ship information is gone out according to target's feature-extraction;
According to the ship information extracted, determine the classification of the corresponding ship of described ship information;
According to the ship classification determined, generate the ship detection report the test of corresponding ship.
Optionally, according to the ship information extracted, determine the classification of the corresponding ship of described ship information, comprising:
The ship information extracted is mated with ship information all in ship property data base;
If there is the ship information with the ship information matches extracted, then according to the ship information in ship property data base, determine the classification of the corresponding ship of described ship information.
Optionally, if when determining that described maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to described Information Maritime, generate oil spilling test results report, comprising:
By optical imagery information extraction is carried out to oil spilling place, obtain oil film characteristic information;
According to the described oil film characteristic information extracted, generate oil spilling test results report, and described oil film characteristic information is written in oil film property data base.
Optionally, according to the described oil film characteristic information extracted, generate oil spilling test results report, comprising:
According to the oil film characteristic information extracted, carry out Oil spill detection analysis, obtain oil film analysis result;
According to described oil film analysis result, determine oil slick's pervasion result;
According to oil slick's pervasion result, generate oil spilling test results report.
Optionally, if when determining that described maritime affairs classification is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to described Information Maritime, generate maritime meteorology test results report, comprising:
Obtain the configuration parameter at maritime meteorology interface;
Carry out data retrieval inquiry according to described configuration parameter, and obtain retrieve data;
Judge the integrality of described retrieve data;
If when described retrieve data is complete, then computing is carried out to described retrieve data, obtain maritime meteorology test results report according to computing result;
If when described retrieve data is imperfect, then generation error report.
Optionally, described method also comprises:
Described Information Maritime and described ship detection report the test or oil spilling test results report or described maritime meteorology test results report is presented by presenting interface.
A kind of Information Maritime disposal system, comprising:
Receiver module, performs instruction for reception program, and obtains Information Maritime;
Determination module, for determining the maritime affairs classification that described Information Maritime is corresponding;
Execution module, if for determining that described maritime affairs classification is ship target detection time, according to described Information Maritime, generate ship detection report the test; If or when determining that described maritime affairs classification is oil spilling detection, according to described Information Maritime, generate oil spilling test results report; If or when determining that described maritime affairs classification is maritime meteorology detection, according to described Information Maritime, generate maritime meteorology test results report.
Optionally, when described execution module is specially ship module of target detection, described ship module of target detection specifically for reading the data in Information Maritime, and carries out land segmentation to described data; Data after being split on land carry out target's feature-extraction, obtain target signature; Ship information is gone out according to target's feature-extraction; According to the ship information extracted, determine the classification of the corresponding ship of described ship information; According to the ship classification determined, generate the ship detection report the test of corresponding ship.
Optionally, described ship module of target detection, specifically for mating the ship extracted information with ship information all in ship property data base; If there is the ship information with the ship information matches extracted, then according to the ship information in ship property data base, determine the classification of the corresponding ship of described ship information.
Optionally, when described execution module is specially oil spilling detection module, described oil spilling detection module, specifically for carrying out information extraction by optical imagery to oil spilling place, obtains oil film characteristic information; According to the described oil film characteristic information extracted, generate oil spilling test results report, and described oil film characteristic information is written in oil film property data base.
Optionally, described oil spilling detection module, specifically for according to the oil film characteristic information extracted, carries out Oil spill detection analysis, obtains oil film analysis result; According to described oil film analysis result, determine oil slick's pervasion result; According to oil slick's pervasion result, generate oil spilling test results report.
Optionally, when described execution module is specially maritime meteorology detection module, described maritime meteorology detection module is specifically for obtaining the configuration parameter at maritime meteorology interface; Carry out data retrieval inquiry according to described configuration parameter, and obtain retrieve data; Judge the integrality of described retrieve data; If when described retrieve data is complete, then computing is carried out to described retrieve data, obtain maritime meteorology test results report according to computing result; If when described retrieve data is imperfect, then generation error report.
Optionally, described system also comprises:
Present module, for presenting described Information Maritime and described ship detection report the test or oil spilling test results report or described maritime meteorology test results report by presenting interface.
The invention provides Information Maritime disposal route, the method comprises: reception program performs instruction, and obtain Information Maritime, determine the maritime affairs classification that Information Maritime is corresponding, if when determining that maritime affairs classification is ship target detection, then transfer ship object detection program module, and according to Information Maritime, generate ship detection report the test; If when determining that maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to Information Maritime, generate oil spilling test results report; If when determining that Information Maritime is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to Information Maritime, generate maritime meteorology test results report.That is, Information Maritime disposal system can transfer out different detection modules according to the classification of Information Maritime, detected by the detection module of correspondence, thus form remote sensing and Information Maritime system integration platform, advanced processes can be carried out to remote sensing image, sector application special topic production can be met simultaneously.
Accompanying drawing explanation
Fig. 1 is the process flow diagram of a kind of Information Maritime disposal route in the embodiment of the present invention;
Fig. 2 is the method flow diagram of ship detection in the embodiment of the present invention;
Fig. 3 is the method flow diagram that in the embodiment of the present invention, oil spilling detects;
Fig. 4 is the process flow diagram of maritime meteorology detection method in the embodiment of the present invention;
Fig. 5 is the structural representation of a kind of Information Maritime disposal system in the embodiment of the present invention.
Embodiment
Embodiments provide a kind of Information Maritime disposal route, the method comprises: reception program performs instruction, and obtain Information Maritime, determine the maritime affairs classification that Information Maritime is corresponding, if when determining that maritime affairs classification is ship target detection, then transfer ship object detection program module, and according to Information Maritime, generate ship detection report the test; If when determining that maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to Information Maritime, generate oil spilling test results report; If when determining that Information Maritime is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to Information Maritime, generate maritime meteorology test results report.That is, Information Maritime disposal system can transfer out different detection modules according to the classification of Information Maritime, detected by the detection module of correspondence, thus form remote sensing and Information Maritime system integration platform, advanced processes can be carried out to remote sensing image, sector application special topic production can be met simultaneously.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that, the explanation of concrete technical characteristic in the embodiment of the present invention and embodiment just to technical solution of the present invention, instead of limit, when not conflicting, the concrete technical characteristic in the embodiment of the present invention and embodiment can combine mutually.
Be illustrated in figure 1 the process flow diagram of a kind of Information Maritime disposal route in the embodiment of the present invention, the method comprises:
S101, reception program performs instruction, and obtains Information Maritime;
S102, determines the maritime affairs classification that Information Maritime is corresponding;
S103, if when determining that maritime affairs classification is ship target detection, then transfers ship object detection program module, and according to Information Maritime, generates ship detection report the test;
S104, if when determining that maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to Information Maritime, generates oil spilling test results report;
S105, if when determining that maritime affairs classification is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to Information Maritime, generates maritime meteorology test results report.
Specifically, the method that the embodiment of the present invention provides is applied in an Information Maritime disposal system, this system is divided into the four-layer structure of data Layer, podium level, component layer and client layer in architecture design, and carries out the data management part of exchanges data with whole system.
Data Layer provides the data supporting to system, comprises image data, vector data and meteorological product data.Podium level is the basis of system, is responsible for the data display management service of whole system, assembly management service, system property management service and system cloud gray model management service four aspects, and provides external interface for the encapsulation of follow-up function assembly.Component layer connects remote sensing, Geographic Information System (English: GeographicInformationSystem, be called for short: the GIS) tie of platform and specific industry application, forms by applying according to different industries the special processing components towards specific industry business developed.Client layer provides service by whole TAS system for it.Data management is the filing of whole TAS systems with data, inquiry, the management service such as extraction and propelling movement, and the data resource all to TAS system carries out unified management, for application layer provides Data support.
Based on above-mentioned system, if when system acceptance is to execution instruction, system will obtain Information Maritime, and determine the maritime affairs classification that Information Maritime is corresponding, specifically can be divided into following several applicable cases:
Situation one:
If when determining that maritime affairs classification is ship target detection, then transfer ship detection program module, the data in Information Maritime are read by ship detection program module, and land dividing processing is carried out to data, data after the dividing processing of land are carried out target's feature-extraction, obtain target signature, ship information is gone out according to target's feature-extraction, according to the ship information extracted, determine the classification of the corresponding ship of ship information, according to the ship classification determined, generate the ship detection report the test of corresponding ship.
In embodiments of the present invention in order to ensure that system can determine corresponding ship according to the feature extracted, so the ship information extracted is mated with ship information all in ship property data base, if there is the ship information with the ship information matches extracted, then according to the ship information in ship property data base, determine the classification of the corresponding ship of ship information.
Specifically, be illustrated in figure 2 the process flow diagram of ship detection in the embodiment of the present invention, this flow process can be completed by ship detection module and TAS platform, and this flow process is as follows:
The instruction of S201, TAS platform reception program;
S202, TAS platform carries out digital independent;
These data can read out in Information Maritime, and these data will be sent to ship module of target detection.
S203, ship module of target detection carries out land segmentation to data;
Here land is divided into be split the data read out according to predetermined algorithm.
S204, ship module of target detection carries out target's feature-extraction;
Here target's feature-extraction is the relevant information of ship, such as the trade mark of ship, type etc.
S205, ship module of target detection carries out ship target detection;
Feature according to ship just can detect ship target.
S206, ship module of target detection carries out ship information extraction;
Here ship information extraction includes the relevant information such as area, length, width of ship.
S207, ship information is input to ship property data base by ship module of target detection;
After ship information is input to ship property data base, can obtain the standard ship information prestored according to the ship information extracted;
S208, ship module of target detection carries out ship Characteristic Contrast;
Here exactly the information in the ship information extracted and ship property data base is contrasted.
S209, ship module of target detection carries out ship classification;
Just can classify to ship according to comparing result in S208.
S210, ship module of target detection generates ship detection report the test.
Above-mentioned process is ship detection idiographic flow, thus makes system achieve detection to ship target, comparatively can carry out ship target detection accurately, the necessary condition that the integration for system provides by above-mentioned method.
Situation two:
If determine, described maritime affairs classification is oil spilling when detecting, then transfer oil spilling trace routine module, carry out information extraction, obtain oil film characteristic information by optical imagery to oil spilling place; According to the described oil film characteristic information extracted, generate oil spilling test results report, and described oil film characteristic information is written in oil film property data base.
Specifically, be illustrated in figure 3 the process flow diagram that in the embodiment of the present invention, oil spilling detects, this flow process can be completed by oil spilling trace routine module and TAS platform, and this flow process is as follows:
S301, TAS platform accepts programmed instruction;
S302, TAS platform carries out digital independent;
These data can read out in Information Maritime, and these data will be sent to oil spilling detection module.
S303, oil spilling detection module is by optical detection information extraction;
S304, oil spilling detection module carries out Oil spill detection;
Here Oil spill detection is exactly the detection of the correlated characteristic carrying out oil film;
S305, oil spilling detection module carries out oil slick's pervasion range detection;
Such as the information such as the diffusion area of detection oil film and rate of propagation.
S306, oil spilling detection module generates oil spilling test results report;
S307, is written to oil film characteristic information in oil film property data base.
Just achieved by above-mentioned method and Oil spill detection, oil film Features Management, oil slick's pervasion are predicted that oil spilling operation flow is carried out in three aspects, achieve marine oil overflow and detect.
Situation three:
If when determining that described maritime affairs classification is maritime meteorology detection, then transfer the configuration parameter that maritime meteorology trace routine module obtains maritime meteorology interface; Carry out data retrieval inquiry according to described configuration parameter, and obtain retrieve data; Judge the integrality of described retrieve data; If when described retrieve data is complete, then computing is carried out to described retrieve data, obtain maritime meteorology test results report according to computing result; If when described retrieve data is imperfect, then generation error report.
Specifically, be illustrated in figure 4 the process flow diagram that in the embodiment of the present invention, maritime meteorology detects, this flow process can be completed by maritime meteorology trace routine module and TAS platform, and this flow process is as follows:
S401, TAS platform is by maritime meteorology interface configurations parameter;
Here configuration parameter is the correlation parameter carrying out maritime meteorology detection, can realize step acquisition remotely-sensed datas such as splicing, cut.
S402, maritime meteorology trace routine module data retrieval and inquisition;
Here Data Detection inquiry is for carry out data retrieval inquiry according to the parameter configured in maritime meteorology interface;
S403, whether maritime meteorology trace routine module detects data complete;
If data integrity, then perform S404; If data are imperfect, then perform S408
S404, maritime meteorology trace routine module reads data;
S405, the data that maritime meteorology trace routine module reads out are carried out process and are calculated;
S406, according to result, generation maritime meteorology test results report;
S407, generation error is reported.
By above-mentioned method, mutual by operator and program interface, realize step acquisition remotely-sensed datas such as splicing, cut, and adopt calculating, classification, statistical means on this basis, obtain the specialist paper containing business demand, realize the functions such as storm at sea monitoring, precipitation monitoring, sea visibility monitoring, marine environmental monitoring and the monitoring of fishery fishing feelings.
In addition, it should be noted that, in embodiments of the present invention relevant information and testing result detected in order to operating personnel can view timely, the data therefore detected and ship detection report the test, oil spilling test results report, maritime meteorology test results report can by presenting interface to present.Certainly can be presented by TAS platform.
A kind of Information Maritime disposal route in the corresponding embodiment of the present invention, additionally provide a kind of Information Maritime disposal system in the embodiment of the present invention, be illustrated in figure 5 a kind of Information Maritime disposal system in the embodiment of the present invention, this system comprises:
Receiver module 501, performs instruction for reception program, and obtains Information Maritime;
Determination module 502, for determining the maritime affairs classification that described Information Maritime is corresponding;
Execution module 503, if for determining that described maritime affairs classification is ship target detection time, according to described Information Maritime, generate ship detection report the test; If or when determining that described maritime affairs classification is oil spilling detection, according to described Information Maritime, generate oil spilling test results report; If or when determining that described maritime affairs classification is maritime meteorology detection, according to described Information Maritime, generate maritime meteorology test results report.
Further, in embodiments of the present invention, when described execution module 503 is specially ship module of target detection, described ship module of target detection specifically for reading the data in Information Maritime, and carries out land segmentation to described data; Data after being split on land carry out target's feature-extraction, obtain target signature; Ship information is gone out according to target's feature-extraction; According to the ship information extracted, determine the classification of the corresponding ship of described ship information; According to the ship classification determined, generate the ship detection report the test of corresponding ship.
Further, in embodiments of the present invention, described ship module of target detection, specifically for mating the ship extracted information with ship information all in ship property data base; If there is the ship information with the ship information matches extracted, then according to the ship information in ship property data base, determine the classification of the corresponding ship of described ship information.
Further, in embodiments of the present invention, when described execution module 503 is specially oil spilling detection module, described oil spilling detection module, specifically for carrying out information extraction by optical imagery to oil spilling place, obtains oil film characteristic information; According to the described oil film characteristic information extracted, generate oil spilling test results report, and described oil film characteristic information is written in oil film property data base.
Further, in embodiments of the present invention, described oil spilling detection module, specifically for according to the oil film characteristic information extracted, carries out Oil spill detection analysis, obtains oil film analysis result; According to described oil film analysis result, determine oil slick's pervasion result; According to oil slick's pervasion result, generate oil spilling test results report.
Further, in embodiments of the present invention, when described execution module 503 is specially maritime meteorology detection module, described maritime meteorology detection module is specifically for obtaining the configuration parameter at maritime meteorology interface; Carry out data retrieval inquiry according to described configuration parameter, and obtain retrieve data; Judge the integrality of described retrieve data; If when described retrieve data is complete, then computing is carried out to described retrieve data, obtain maritime meteorology test results report according to computing result; If when described retrieve data is imperfect, then generation error report.
Further, in embodiments of the present invention, this system also comprises:
Present module, for presenting described Information Maritime and described ship detection report the test or oil spilling test results report or described maritime meteorology test results report by presenting interface.
Although described the preferred embodiment of the application, one of ordinary skilled in the art once obtain the basic creative concept of cicada, then can make other change and amendment to these embodiments.So claims are intended to be interpreted as comprising preferred embodiment and falling into all changes and the amendment of the application's scope.
Obviously, those skilled in the art can carry out various change and modification to the application and not depart from the spirit and scope of the application.Like this, if these amendments of the application and modification belong within the scope of the application's claim and equivalent technologies thereof, then the application is also intended to comprise these change and modification.
Claims (14)
1. an Information Maritime disposal route, is characterized in that, described method comprises:
Reception program performs instruction, and obtains Information Maritime;
Determine the maritime affairs classification that described Information Maritime is corresponding;
If when determining that described maritime affairs classification is ship target detection, then transfer ship object detection program module, and according to described Information Maritime, generate ship detection report the test;
If when determining that described maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to described Information Maritime, generate oil spilling test results report;
If when determining that described maritime affairs classification is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to described Information Maritime, generate maritime meteorology test results report.
2. the method for claim 1, is characterized in that, if when determining that described maritime affairs classification is ship target detection, then transfers ship object detection program module, and according to described Information Maritime, generates ship detection report the test, comprising:
Read the data in Information Maritime, and land segmentation is carried out to described data;
Data after being split on land carry out target's feature-extraction, obtain target signature;
Ship information is gone out according to target's feature-extraction;
According to the ship information extracted, determine the classification of the corresponding ship of described ship information;
According to the ship classification determined, generate the ship detection report the test of corresponding ship.
3. method as claimed in claim 2, is characterized in that, according to the ship information extracted, determines the classification of the corresponding ship of described ship information, comprising:
The ship information extracted is mated with ship information all in ship property data base;
If there is the ship information with the ship information matches extracted, then according to the ship information in ship property data base, determine the classification of the corresponding ship of described ship information.
4. the method for claim 1, is characterized in that, if when determining that described maritime affairs classification is oil spilling detection, then transfer oil spilling trace routine module, and according to described Information Maritime, generates oil spilling test results report, comprising:
By optical imagery information extraction is carried out to oil spilling place, obtain oil film characteristic information;
According to the described oil film characteristic information extracted, generate oil spilling test results report, and described oil film characteristic information is written in oil film property data base.
5. method as claimed in claim 4, is characterized in that, according to the described oil film characteristic information extracted, generates oil spilling test results report, comprising:
According to the oil film characteristic information extracted, carry out Oil spill detection analysis, obtain oil film analysis result;
According to described oil film analysis result, determine oil slick's pervasion result;
According to oil slick's pervasion result, generate oil spilling test results report.
6. the method for claim 1, is characterized in that, if when determining that described maritime affairs classification is maritime meteorology detection, then transfer maritime meteorology trace routine module, and according to described Information Maritime, generates maritime meteorology test results report, comprising:
Obtain the configuration parameter at maritime meteorology interface;
Carry out data retrieval inquiry according to described configuration parameter, and obtain retrieve data;
Judge the integrality of described retrieve data;
If when described retrieve data is complete, then computing is carried out to described retrieve data, obtain maritime meteorology test results report according to computing result;
If when described retrieve data is imperfect, then generation error report.
7. the method for claim 1, is characterized in that, described method also comprises:
Described Information Maritime and described ship detection report the test or oil spilling test results report or described maritime meteorology test results report is presented by presenting interface.
8. an Information Maritime disposal system, is characterized in that, comprising:
Receiver module, performs instruction for reception program, and obtains Information Maritime;
Determination module, for determining the maritime affairs classification that described Information Maritime is corresponding;
Execution module, if for determining that described maritime affairs classification is ship target detection time, according to described Information Maritime, generate ship detection report the test; If or when determining that described maritime affairs classification is oil spilling detection, according to described Information Maritime, generate oil spilling test results report; If or when determining that described maritime affairs classification is maritime meteorology detection, according to described Information Maritime, generate maritime meteorology test results report.
9. system as claimed in claim 8, is characterized in that, when described execution module is specially ship module of target detection, described ship module of target detection specifically for reading the data in Information Maritime, and carries out land segmentation to described data; Data after being split on land carry out target's feature-extraction, obtain target signature; Ship information is gone out according to target's feature-extraction; According to the ship information extracted, determine the classification of the corresponding ship of described ship information; According to the ship classification determined, generate the ship detection report the test of corresponding ship.
10. system as claimed in claim 9, is characterized in that, described ship module of target detection, specifically for the ship extracted information being mated with ship information all in ship property data base; If there is the ship information with the ship information matches extracted, then according to the ship information in ship property data base, determine the classification of the corresponding ship of described ship information.
11. systems as claimed in claim 8, is characterized in that, when described execution module is specially oil spilling detection module, described oil spilling detection module, specifically for carrying out information extraction by optical imagery to oil spilling place, obtains oil film characteristic information; According to the described oil film characteristic information extracted, generate oil spilling test results report, and described oil film characteristic information is written in oil film property data base.
12. systems as claimed in claim 11, is characterized in that, described oil spilling detection module, specifically for according to the oil film characteristic information extracted, carry out Oil spill detection analysis, obtain oil film analysis result; According to described oil film analysis result, determine oil slick's pervasion result; According to oil slick's pervasion result, generate oil spilling test results report.
13. systems as claimed in claim 8, is characterized in that, when described execution module is specially maritime meteorology detection module, described maritime meteorology detection module is specifically for obtaining the configuration parameter at maritime meteorology interface; Carry out data retrieval inquiry according to described configuration parameter, and obtain retrieve data; Judge the integrality of described retrieve data; If when described retrieve data is complete, then computing is carried out to described retrieve data, obtain maritime meteorology test results report according to computing result; If when described retrieve data is imperfect, then generation error report.
14. systems as claimed in claim 8, it is characterized in that, described system also comprises:
Present module, for presenting described Information Maritime and described ship detection report the test or oil spilling test results report or described maritime meteorology test results report by presenting interface.
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| CN103679138A (en) * | 2013-11-15 | 2014-03-26 | 中国科学院遥感与数字地球研究所 | Ship and port prior knowledge supported large-scale ship detection method |
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| CN107807069A (en) * | 2017-10-25 | 2018-03-16 | 中国石油大学(华东) | The adaptive tracking control method and its system of a kind of offshore spilled oil |
| CN114487327A (en) * | 2022-01-17 | 2022-05-13 | 青岛百发海水淡化有限公司 | Marine water quality monitoring and suspicious ship evidence obtaining system and method |
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